CN104192607A - Membrane material alternative and continuous supply device - Google Patents
Membrane material alternative and continuous supply device Download PDFInfo
- Publication number
- CN104192607A CN104192607A CN201410395232.1A CN201410395232A CN104192607A CN 104192607 A CN104192607 A CN 104192607A CN 201410395232 A CN201410395232 A CN 201410395232A CN 104192607 A CN104192607 A CN 104192607A
- Authority
- CN
- China
- Prior art keywords
- abutting plate
- membrane material
- cutting knife
- plate
- motion path
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Abstract
The invention discloses a membrane material alternative and continuous supply device. The membrane material alternative and continuous supply device is provided with a membrane material conveying path and is provided with a butt-joint component on the membrane material conveying path, two rolls of membrane materials are connected together through the membrane material alternative and continuous supply device in a butt-joint mode, the connected membrane materials are connected with membrane materials used before together, and surface patterns are coherent and complete. After the membrane materials are supplied in a butt-joint mode, the position deviation correction operation can be omitted, and the necessary technical guarantee can be provided for continuous operating of connected cup product filling equipment.
Description
Technical field
The present invention relates to a kind of membrane material and replace device without interruption.
Background technology
In company's cup product, need to cover rim of a cup with membrane material and carry out filling food.Conventionally connect meeting printed patterns on the membrane material using in glass product, pattern is made up of the identical minimum unit of multiple contents, for example on membrane material, be printed with the minimum unit pattern taking trade mark, CompanyAddress, telephone number, name of product as content, the corresponding such minimum unit pattern in each rim of a cup place after membrane material is combined on rim of a cup.Connect in cup product taking Yoghourt as example, the Yoghourt of daily being seen distribution state mostly is company's cup structure of 6*2 matrix form, the shown pattern in surface of the film while taking any one glass of Yoghourt on rim of a cup is all complete, the effect that minimum unit combination of patterns that Here it is forms after rim of a cup.The minimum unit pattern that this type of membrane material surface printing content is identical, going back spaced set has mark, and this mark is positioned at the avris of membrane material, and the effect of mark is to be convenient to determine the position of membrane material.On membrane material length direction, the distance between adjacent marker is the integral multiple of minimum unit pattern.
In company's cup process of producing product, membrane material need to continuously be admitted in production facilities, replaces device without interruption another volume membrane material is connected with the former, and then reach the continuous object for film in the time that a volume membrane material is about to use by membrane material.Existing membrane material replaces the process that device without interruption links together two volume membrane materials, first cut off this volume membrane material that is about to be finished, then the top that is placed in advance another volume membrane material on docking station is covered to end that be about to be finished and cut membrane material, between two membrane materials, in overlapping position relationship, last two volume membrane materials link together.On membrane material, be printed with pattern, in prior art, membrane material replaces device without interruption with overlapped way junctional membrane material, this makes two volume membrane materials staggered at the pattern of overlapping part, cause this cup that is coated with overlapping part must scrap processing, but also can make to cover rim of a cup in the membrane material dislocation of rear access, must introduce like this positional deviation correction operation and mechanism and solve the problem of misalignment at the membrane material of rear access.Therefore when, existing membrane material replaces device use without interruption, there is obvious stacked connection defect and inconsistent phenomenon.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of rear pattern of two volume membrane materials connections that can make and keeps complete membrane material to replace device without interruption.
For solving the problems of the technologies described above, the present invention adopts following technical scheme: this membrane material replaces device without interruption and is provided with membrane material transport path, described film material feeding mechanism is provided with joint unit on membrane material transport path, and described joint unit comprises and connects membrane module I, connect membrane module II, close up part I, close up part II, backing plate, mark detection part, described in connect membrane module I, connect the both sides that membrane module II is distributed in membrane material transport path, described in connect membrane module I and comprise input guide I, cutting knife I, auxiliary guide I, abutting plate I, described in connect membrane module II and comprise input guide II, cutting knife II, auxiliary guide II, abutting plate II, described input guide I, auxiliary guide I, input guide II, auxiliary guide II is all provided with the spigot surface corresponding to membrane material, described cutting knife I, cutting knife II is arranged on closes up in part I, and the motion path of the motion path of described cutting knife I and cutting knife II intersects at backing plate position, described cutting knife I, cutting knife II is relative location status in backing plate position, described abutting plate I, abutting plate II is arranged on closes up in part II, and the motion path of the motion path of described abutting plate I and abutting plate II occurs simultaneously on membrane material transport path, described abutting plate I, abutting plate II is relative location status in motion path common factor position, described cutting knife I, cutting knife II is in cutting knife I described in the position apart from backing plate maximum distance, cutting knife II all departs from membrane material transport path, inputs guide I on membrane material throughput direction, backing plate, auxiliary guide I, the common factor position of the motion path of the motion path of abutting plate I and abutting plate II, mark detection part distributes successively, inputs guide II on membrane material throughput direction, backing plate, auxiliary guide II, the common factor position of the motion path of the motion path of abutting plate I and abutting plate II, mark detection part distributes successively, described abutting plate I, in abutting plate II, be all provided with negative-pressure adsorption part, the control position of described mark detection part equals position that cutting knife I is combined with backing plate to the distance of the common factor position of the motion path of abutting plate I and the motion path of abutting plate II and equals position that cutting knife II is combined with the backing plate distance to the common factor position of the motion path of abutting plate I and the motion path of abutting plate II to the distance of the common factor position of the motion path of abutting plate I and the motion path of abutting plate II.
The control position of above-mentioned mark detection part is at least on membrane material the integral multiple of distance between adjacent in the longitudinal direction two marks to the distance of the common factor position of the motion path of abutting plate I and the motion path of abutting plate II.
Membrane material replaces device without interruption and is applicable to realize object without interruption by installing two volume membrane materials additional.Connect membrane module I, connect membrane module II and serve as in turn work, the absorption of adsorbing and push membrane material waiting the work that pushes adhesive tape.In this programme, the prerequisite of cutting off the membrane material that is about to be finished is the mark that mark detection part detects membrane material both sides, and this mark is applicable to color mark sensor and detects, and is also suitable for label sensor.Cutting-off process forms the shearing force of vertical film material surface on membrane material after relying on cutting knife I or cutting knife II to be combined with backing plate, cutting knife I or cutting knife II are combined rear cutting knife I and backing plate or cutting knife II and backing plate and are the position relationship of dislocation with backing plate.Than the cutting mode from membrane material one side to opposite side, membrane material more easily obtains smooth edge by the all-in-one-piece cutting mode of the present invention.
Membrane material expansions that be stretched between the spigot surface of input guide I, auxiliary guide I, same, membrane material also in input guide II, assist the expansion that is stretched between the spigot surface of guide II.In course of normal operation, abutting plate I, abutting plate II are all standby, can have the situation of abutting plate I adsorption film material, abutting plate II absorption adhesive tape, or the situation of abutting plate I absorption adhesive tape, abutting plate II adsorption film material.When mark detection part detects the mark of membrane material both sides again, only treat that abutting plate I, abutting plate II are occured simultaneously on membrane material transport path will make adhesive tape that the top of the end of one volume membrane material and another volume membrane material is bonded together with docking mode.
Connecing membrane module I, connecing the symmetrical design of membrane module II is optimum topology layout.Based on this design, membrane material throughput direction upper cutter I, cutting knife II, backing plate in and the position relationship of column distribution, at the direction upper padding plate of vertical film material transport path between cutting knife I, cutting knife II, described backing plate is provided with two grooves of the corresponding cutting knife I of difference and cutting knife II, in described cutting knife I, cutting knife II, is all provided with serrated edge.Cutting knife I, cutting knife II are positioned at the both sides of backing plate and symmetrical, and cutting knife I equals the distance of cutting knife II to backing plate to the distance of backing plate.Form shearing force in cutting knife I, cutting knife II in the time that backing plate is combined, refer to that in combination cutting knife I and cutting knife II stretch in groove.Cutting knife I and cutting knife II form shearing force to membrane material in the direction of vertical film material surface, therefore with respect to the mode of transverse cuts membrane material in the direction being parallel to membrane material surface, cutting knife I and cutting knife II must high-speed motions.What so just require to provide power to cutting knife I and cutting knife II closes up part I outputting power fast.
Based on the motion requirement of cutting knife I and cutting knife II, closing up part I can be swinging gear and linear reciprocating mechanism.In swinging gear, can select rotary cylinder to implement, cutting knife I, cutting knife II are arranged on respectively in the swing arm of two rotary cylinders, by swinging by a small margin the process that produces approximate straight line motion; Can certainly select crank cranking-block structure, driven by servomotor fork, fork drives rocking arm, and rocking arm produces wobbling action by a small margin at fork in servomotor circular movement process, and rocking arm operation end is by swinging by a small margin the process that produces approximate straight line motion.The path of motion of cutting knife I, the cutting knife II all reason of approximate straight line motion is that cutting knife I, cutting knife II stretch into and in the time of groove, must ensures that cutting knife I, cutting knife II do not contact with backing plate, otherwise serrated edge can sustain damage, cutting knife I, the clipped position of cutting knife II on membrane material must be mark positions simultaneously.Select straight-line trajectory can effectively control the range of movement of cutting knife I, cutting knife II, protection cutting knife I, cutting knife II do not bump with backing plate; And accurately control clipped position.
Preferably, closing up part I provides power in rectilinear direction, to order about cutting knife I, cutting knife II in opposite directions and motion dorsad.Closing up part I is linear reciprocating mechanism, described in, close up part I and comprise linear reciprocation force piece I and linear reciprocation force piece II, described cutting knife I is arranged on the clutch end of linear reciprocation force piece I and linear reciprocation force piece I drives the straight reciprocating motion of cutting knife I, described cutting knife II is arranged on the clutch end of linear reciprocation force piece II and linear reciprocation force piece II drives the straight reciprocating motion of cutting knife II, and the power outbound course of described linear reciprocation force piece I is contrary with the power outbound course of linear reciprocation force piece II.Linear reciprocation force piece I, linear reciprocation force piece II can be selected straight line cylinder or linear electric motors.
Closing up part I supplies reverse linear power parts as Quick, can also be the same parts with two reverse linear clutch ends.
Closing up part II acts in abutting plate I, abutting plate II, the described part II of closing up comprises revolving part I and revolving part II, the clutch end of described revolving part I is provided with swing arm I and revolving part I drives swing arm I to swing, described abutting plate I is arranged in swing arm I, the clutch end of described revolving part II is provided with swing arm II and revolving part II drives swing arm II to swing, and described abutting plate II is arranged in swing arm II.Closing up part II adopts swinging structure to be conducive to add the operation of adhesive tape and fixing membrane material, because can close up also and can launch between abutting plate I, abutting plate II, distance when expansion between abutting plate I, abutting plate II increases and away from membrane material transport path, obtains sufficient space like this and add the operation of adhesive tape and fixing membrane material around abutting plate I, abutting plate II.
Abutting plate I, abutting plate I when abutting plate II is closed up on membrane material transport path, the position of occuring simultaneously between abutting plate II is membrane material position of living in, the location status of membrane material is not because docking operation changes, for this reason in abutting plate I, described in when the motion path of abutting plate II occurs simultaneously, the line of centers of the clutch end of revolving part I is to abutting plate I, the position contacting with abutting plate II in abutting plate I when the vertical distance of the position that the motion path of abutting plate II occurs simultaneously at least equals free position is to the vertical distance of the line of centers of the clutch end of revolving part I, in abutting plate I, described in when the motion path of abutting plate II occurs simultaneously, the line of centers of the clutch end of revolving part II is to abutting plate I, the position contacting with abutting plate I in abutting plate II when the vertical distance of the position that the motion path of abutting plate II occurs simultaneously at least equals free position is to the vertical distance of the line of centers of the clutch end of revolving part II.
In docking operation in order to make adhesive tape and two volume membrane materials bonding closely, described abutting plate I is vertically mounted in swing arm I by linear reciprocation force piece III, the power outbound course of described linear reciprocation force piece III is vertical with swing arm I, described abutting plate II is vertically mounted in swing arm II by linear reciprocation force piece IV, and the power outbound course of described linear reciprocation force piece IV is vertical with swing arm II.Abutting plate I, abutting plate II are further closed up after closing up under the effect of linear reciprocation force piece III and linear reciprocation force piece IV.This operation does not exert an influence to membrane material transport path.
In order to reduce equipment installment and debugging difficulty, the process of closing up of abutting plate I, abutting plate II is divided into two steps, be first close with relative mode, then close up again.Thus, in abutting plate I, described in when the motion path of abutting plate II occurs simultaneously, the line of centers of the clutch end of revolving part I is to abutting plate I, the vertical distance of the position that the motion path of abutting plate II occurs simultaneously is greater than in abutting plate I, the position contacting with abutting plate II in abutting plate I when the motion path of abutting plate II separates is to the vertical distance of the line of centers of the clutch end of revolving part I, in abutting plate I, described in when the motion path of abutting plate II occurs simultaneously, the line of centers of the clutch end of revolving part II is to abutting plate I, the vertical distance of the position that the motion path of abutting plate II occurs simultaneously is greater than in abutting plate I, the position contacting with abutting plate I in abutting plate II when the motion path of abutting plate II separates is to the vertical distance of the line of centers of the clutch end of revolving part II.Abutting plate I, the constraint of abutting plate II on thickness have been eliminated in such design, and the constraint of the setting accuracy of revolving part I and revolving part II, and design, installation, debugging difficulty are reduced greatly.Meanwhile, such structure can ensure can depart from completely with abutting plate I, abutting plate II after membrane material docking.
Adhesive tape is connected with abutting plate I, abutting plate II by suction type with membrane material.Suction type produces subnormal ambient, and negative pressure produces and comes from pressure reduction.Negative-pressure adsorption part has characteristic Design in the present invention, be mainly described abutting plate I and be provided with the negative-pressure adsorption part that two rows work alone, and abutting plate I is provided with the groove I of being convenient to cutting between two row's negative-pressure adsorption parts, described abutting plate II is provided with the negative-pressure adsorption part that two rows work alone, and abutting plate II is provided with the groove II of being convenient to cutting between two row's negative-pressure adsorption parts.Abutting plate I, abutting plate II not only have the structure of fixation adhesive tape and membrane material, also have the structure of being convenient to cutting adhesive tape and membrane material, and both are used in conjunction with and can conveniently carry out the preparation work before docking operation.
In order to carry out necessary preliminary treatment to adhesive tape, while especially ensureing its bonding two volume membrane material, its two ends are identical with the fair width of membrane material.The I of abutting plate described in the present invention is provided with two groove III, described groove III equals membrane material width perpendicular to groove I and groove III width, described abutting plate II is provided with two groove IV, and described groove IV equals membrane material width perpendicular to groove II and groove IV width.Distance between groove is the width of membrane material, and directly cutting after adhesive tape is adsorbed and covers on these grooves, retains the part between groove.
In the preparation work of the exam paper assessment membrane material using, before utilizing above-mentioned groove to carry out trimming, need membrane material to walk around the spigot surface of guide to being about to, and the selection of this operating mode the best is to insert from side, simple operation, little to membrane material loss.For this reason, described cutting knife I, cutting knife II are relative in backing plate position, in cutting knife I in the direction of cutting knife II and cutting knife II in the direction of cutting knife I in the direction of vertical film material transport path, spaced apart between spaced apart, described input guide II and backing plate between described input guide I and backing plate.The object of this structure is to facilitate membrane material directly to insert from the side of joint unit, completes preparation work, thereby do not need the mode by passing from joint unit inside to complete preparation work with this.
The present invention adopts technique scheme: membrane material replaces device without interruption and with docking mode, two volume membrane materials linked together, the membrane material of access be engaged togather at the front membrane material having used, the pattern on surface is coherent, complete.Can save positional deviation correction operation after docking mode feed membrane material, companys of can be a glass product filling apparatus provides the continuous operations guarantee that provides the necessary technical.
Brief description of the drawings
Below in conjunction with the drawings and specific embodiments, the present invention is further described in detail.
Fig. 1 is the work schematic diagram I of the first embodiment of the present invention;
Fig. 2 is the structural representation of the abutting plate I of the first embodiment of the present invention;
Fig. 3 is the structural representation of the abutting plate II of the first embodiment of the present invention;
Fig. 4 is the enlarged drawing of Fig. 1 at A place;
Fig. 5 is the enlarged drawing of Fig. 1 at B place;
Fig. 6 is the work schematic diagram II of the first embodiment of the present invention;
Fig. 7 is the work schematic diagram III of the first embodiment of the present invention;
Fig. 8 is the work schematic diagram IV of the first embodiment of the present invention;
Fig. 9 is the work schematic diagram V of the first embodiment of the present invention;
Figure 10 is the work schematic diagram VI of the first embodiment of the present invention;
Figure 11 is the structural representation of the tenth kind of embodiment of the present invention.
Detailed description of the invention
The first embodiment of the present invention.
As described in Figure 1, membrane material replaces device without interruption and comprises frame 1, first volume film roller 2, volume Two film roller 3, guide reel 4, joint unit.First volume film roller 2, volume Two film roller 3, guide reel 4, joint unit are all arranged in frame 1.First volume film roller 2, volume Two film roller 3 are arranged on same level position, separate between the two.Joint unit between first volume film roller 2, volume Two film roller 3 and be positioned at first volume film roller 2, volume Two film roller 3 above.Guide reel 4 starts arranged apart from the other end of joint unit.First volume film roller 2 and volume Two film roller 3 are for installing the membrane material that is wound around rolling, and wherein a volume membrane material is through joint unit to connecting cup filling apparatus feed membrane material, and another volume membrane material stretches in joint unit with stand-by.
Joint unit comprise connect membrane module I, connect membrane module II, close up part I, close up part II, backing plate 5, mark detection part 6.Connect membrane module I and comprise input guide I 7, cutting knife I 8, auxiliary guide I 9, abutting plate I 10.Connect membrane module II and comprise input guide II 11, cutting knife II 12, auxiliary guide II 13, abutting plate II 14.Closing up part I is two straight line cylinders, is respectively that straight line cylinder I 15 is that linear reciprocation force piece I, straight line cylinder II 16 are linear reciprocation force piece II.Closing up part II is two rotary cylinders, is respectively that rotary cylinder I 17 is that revolving part I, rotary cylinder II 18 are revolving part II.Input guide I 7, auxiliary guide I 9, input guide II 11, auxiliary guide II 13 are all film guiding roller, rotation under external force after they are arranged in frame 1, and film guiding roller surface is smooth arc surface.In frame 1, it is that both setting height(from bottom) is identical that input guide I 7, input guide II 11 are arranged on same level position; Between input guide I 7, input guide II 11, separate.
Cutting knife I 8, cutting knife II 12 are all structure and the blade place indention shape of strip, the structure of cutting knife I 8, cutting knife II 12 and measure-alike, and they all have knife back position and blade position, and their length is all a bit larger tham the width of membrane material.Cutting knife I 8, cutting knife II 12 are arranged on closes up in part I, and concrete, cutting knife I 8 is fixedly mounted in straight line cylinder I 15, cutting knife II 12 fixedly mounts in straight line cylinder II 16.The cylinder body of straight line cylinder I 15, straight line cylinder II 16 is fixedly mounted in frame 1, and both setting height(from bottom)s in frame 1 are identical; The flexible direction of the piston rod of straight line cylinder I 15 overlaps with the flexible direction of the piston rod of straight line cylinder II 16, be that both direction is on same straight line, and both are in relative position relationship, the flexible direction of the piston rod of straight line cylinder I 15 is contrary all the time with the flexible direction of the piston rod of straight line cylinder II 16.The knife back of cutting knife I 8 is fixed on the piston rod of straight line cylinder I 15, and the knife back of cutting knife II 12 is fixed on the piston rod of straight line cylinder II 16, makes cutting knife I 8, cutting knife II 12 in relative location status, and both blades in opposite directions and right.Do and close up when action and force cutting knife I 8 or cutting knife II 12 straight-line motions when closing up part I, now only have the piston rod of straight line cylinder I 15 stretch out or only have the piston rod of straight line cylinder II 16 to stretch out, otherwise, close up part I do launch when action cutting knife I 8 and cutting knife II 12 between distance increase; Cutting knife I 8 is done straight reciprocating motion under the effect of straight line cylinder I 15, cutting knife II 12 is done straight reciprocating motion under the effect of straight line cylinder II 16; Under initial condition, straight line cylinder I 15 is shunk, straight line cylinder II 16 shrinks, and the distance between cutting knife I 8, cutting knife II 12 is in maxim.Close up closing up and launch and only having cutting knife I 8 to move in action of part I, or only have the motion of cutting knife II 12.
Backing plate 5 is rectangular flat platy structure, and two the side place maximum on its surface is respectively equipped with a groove, and the cross-sectional plane of groove is rectangular configuration, the line of centers symmetry of the relative backing plate 5 of groove of both sides.Backing plate 5 length are a bit larger tham the length of cutting knife I 8, cutting knife II 12, after backing plate 5 is arranged in frame 1 between cutting knife I 8, cutting knife II 12, and in vertical state, backing plate 5 is all identical apart from the distance of cutting knife I 8, cutting knife II 12, and the blade of cutting knife I 8 is just another groove to backing plate 5 of blade of one of them groove to backing plate 5, cutting knife II 12 just.Closing up part I does and closes up that when action can promote cutting knife I 8 or cutting knife II 12 stretches in the groove of backing plate 5, but the knife edge part of cutting knife I 8, cutting knife II 12 can not contact with backing plate 5, therefore, cutting knife I 8 or cutting knife II 12 and backing plate 5 in conjunction with time its blade stretch in groove and do not contact with backing plate 5.
In the vertical direction, backing plate 5, cutting knife I 8, cutting knife II 12, closes up part I and is all positioned at the top of input guide I 7, input guide II 11, and upper padding plate 5, cutting knife I 8, cutting knife II 12 are in same level attitude in the horizontal direction; In the horizontal direction, backing plate 5 is spaced apart with input guide I 7, backing plate 5 is spaced apart with input guide II 11, between backing plate 5 and input guide I 7, input guide II 11, be all provided with larger spacing like this, this spacing is installed membrane material for side direction.
In the vertical direction, auxiliary guide I 9, auxiliary guide II 13 are arranged on the top of backing plate 5, cutting knife I 8, cutting knife II 12, and auxiliary guide I 9 be positioned at input guide I 7 directly over, auxiliary guide II 13 be positioned at input guide II 11 directly over; In the horizontal direction, auxiliary guide I 9, auxiliary guide II 13 are in same level attitude.On same vertical direction, auxiliary guide I 9, input guide I 7 are the position relationship distributing up and down; Auxiliary guide II 13, input guide II 11 are the position relationship distributing up and down.
As shown in Figure 2,4, the length of abutting plate I 10 is greater than the width of membrane material, and surface is smooth plane; Be provided with two disconnected air flues 19 in plate body inside, be provided with the pore 20 that two rows equidistantly distribute on plate body surface, every deflation hole 20 is communicated with an air flue 19, and each air flue 19 connects a road separately provides the pipeline of negative pressure.Air flue 19 and pore 20 have formed the negative-pressure adsorption part of abutting plate I 10.Abutting plate I 10 is also provided with groove I 21, groove III 22 at the plane place that is provided with pore 20, and the cross-sectional plane of groove I 21, groove III 22 is all rectangle.Groove I 21 is distributed on the length direction of abutting plate I 10 and between two deflation holes 20, groove I 21 length are greater than the width of membrane material; The straight arrangement of pore 20, this orientation is parallel with the bearing of trend of groove I 21.The quantity of groove III 22 is two, and it distributes and is positioned at the two ends of groove I 21 on the Width of abutting plate I 10, and the spacing between two groove III 22 equals the width of membrane material.
The structure of abutting plate I 10, abutting plate II 14 is all identical, is all platy structure.As shown in Fig. 3,5, the length of abutting plate II 14 is greater than the width of membrane material, and surface is smooth plane; Be provided with two disconnected air flues 19 in plate body inside, be provided with the pore 20 that two rows equidistantly distribute on plate body surface, every deflation hole 20 is communicated with an air flue 19, and each air flue 19 connects a road separately provides the pipeline of negative pressure.Air flue 19 and pore 20 have formed the negative-pressure adsorption part of abutting plate II 14.Abutting plate II 14 is also provided with groove II 23, groove IV 24 at the plane place that is provided with pore 20, and the cross-sectional plane of groove II 23, groove IV 24 is all rectangle.Groove II 23 is distributed on the length direction of abutting plate II 14 and between two deflation holes 20, groove II 23 length are greater than the width of membrane material; The straight arrangement of pore 20, this orientation is parallel with the bearing of trend of groove II 23.The quantity of groove IV 24 is two, and it distributes and is positioned at the two ends of groove II 23 on the Width of abutting plate II 14, and the spacing between two groove IV 24 equals the width of membrane material.
Abutting plate I 10, abutting plate II 14 are arranged in frame 1 by closing up part II.Concrete, rotary cylinder I 17, rotary cylinder II 18 are fixed in frame 1; In the rotating shaft of rotary cylinder I 17, fixedly mount swing arm I 25, it is linear reciprocation force piece III that one end of swing arm I 25 is provided with straight line cylinder III 26, the cylinder body of straight line cylinder III 26 is fixedly mounted in swing arm I 25, the flexible direction of piston rod of straight line cylinder III 26 and the swaying direction of swing arm I 25 are tangent, and abutting plate I 10 is fixedly mounted on the piston rod of straight line cylinder III 26; In the rotating shaft of rotary cylinder II 18, fixedly mount swing arm II 27, it is linear reciprocation force piece IV that one end of swing arm II 27 is provided with straight line cylinder IV 28, the cylinder body of straight line cylinder IV 28 is fixedly mounted in swing arm II 27, the flexible direction of piston rod of straight line cylinder IV 28 and the swaying direction of swing arm II 27 are tangent, and abutting plate II 14 is fixedly mounted on the piston rod of straight line cylinder IV 28.
When the piston rod of straight line cylinder III 26 stretches out, abutting plate I 10 is released towards the direction of vertical swing arm I 25, the piston rod of straight line cylinder III 26 is placed in by abutting plate I 10 position that is subject to swing arm I 25 barrier effects while contraction, and this position is the position of abutting plate I 10 and swing arm I 25 close contacts; When the piston rod of straight line cylinder IV 28 stretches out, abutting plate II 14 is released towards the direction of vertical swing arm II 27, the piston rod of straight line cylinder IV 28 is placed in by abutting plate II 14 position that is subject to swing arm II 27 barrier effects while contraction, and this position is the position of abutting plate II 14 and swing arm II 27 close contacts.
As shown in Fig. 1,6,7, the direction of rotation of rotary cylinder I 17 rotation directions and rotary cylinder II 18, the sense of motion between swing arm I like this 25, swing arm II 27 is also contrary.In the horizontal direction, rotary cylinder I 17, rotary cylinder II 18 are arranged in same level attitude, and rotary cylinder I 17 is with the location status in the vertical direction mirror image of auxiliary guide I 9 in the location status of rotary cylinder II 18 and auxiliary guide II 13, and four in the vertical directions are symmetrical.Closing up part II does while closing up action, swing arm I 25, swing arm II 27 move toward one another, until swing arm I 25, swing arm II 27 is in parallel position relationship, now abutting plate I 10, abutting plate II 14 in opposite directions and to interval between the two separately and be not in contact with one another, the plane that both are provided with pore 20 is all in vertical state and be parallel to each other, then straight line cylinder III 26, the piston rod of straight line cylinder IV 28 stretches out, order about abutting plate I 10, abutting plate II 14 is mutually close, last close contact, abutting plate I 10 under initial condition, abutting plate II 14 separates and straight line cylinder III 26, straight line cylinder IV 28 is shunk.The position of abutting plate I 10, abutting plate II 14 mutual close contacts is on the symmetric line between rotary cylinder I 17 and rotary cylinder II 18, namely on the symmetric line between auxiliary guide I 9 and auxiliary guide II 13; When abutting plate I 10, abutting plate II 14 mutual close contact, groove I 21 is just right with groove II 23, and groove III 22 is just right with groove IV 24.The position contacting with abutting plate II 14 in abutting plate I 10 when the line of centers that so just makes the rotating shaft of rotary cylinder I 17 in the time of abutting plate I 10, abutting plate II 14 mutual close contact is greater than abutting plate I 10, abutting plate II 14 and separates to the vertical distance L1 of the position of abutting plate I 10, abutting plate II 14 mutual close contacts is to the vertical distance L2 of the line of centers of the clutch end of revolving part I; The position contacting with abutting plate I 10 in abutting plate II 14 when the line of centers of the rotating shaft of rotary cylinder II 18 is greater than abutting plate I 10, abutting plate II 14 and separates to the vertical distance L1 of the position of abutting plate I 10, abutting plate II 14 mutual close contacts in the time of abutting plate I 10, abutting plate II 14 mutual close contact is to the vertical distance L3 of the line of centers of the clutch end of revolving part II; This released state comprises that closing up part II launches to make state that abutting plate I 10, abutting plate II 14 separate and straight line cylinder III 26, the state of straight line cylinder IV 28 in shrinking.Close up part II do launch when action abutting plate I 10, abutting plate II 14 is all moved dorsad with arcuate movement track, abutting plate I 10, abutting plate II 14 all become heeling condition from vertical state, both are provided with the plane of pore 20 in heeling condition.Under initial condition, straight line cylinder III 26, straight line cylinder IV 28 are shunk, are closed up part II and launch.
Mark detection part 6 is color mark sensor.It is arranged on guide plate 29, and guide plate 29 is platy structure, is provided with the directed cavity of groove structure in the middle of guide plate 29, and directed cavity is used for by membrane material and only has the edge of membrane material just through directed cavity, and is provided with mark at the edge of membrane material.Mark detection part 6 is arranged on guide plate 29 inside, and the surveyed area of mark detection part 6 is just positioned at directed cavity.
In the time of abutting plate I 10, abutting plate II 14 mutual close contact groove I 21 or groove II 23 to the distance of mark detection part 6 equal when abutting plate I 10, abutting plate II 14 mutual close contact groove I 21 to the distance at backing plate 5 and the position of cutting knife I 8 combinations and groove II 23 to backing plate 5 distance with the position of cutting knife II 12 combinations, and these three distances are all the integral multiple of distance between adjacent in the longitudinal direction two marks on membrane material.
When work, unworn two volume membrane materials are arranged on first volume film roller 2, volume Two film roller 3.As shown in Figure 1, extract the membrane material 31 on first volume film roller 2 out, then walk around input guide I 7.Due between input guide I 7 and backing plate 5 in the horizontal direction interval separate, therefore there is sufficient space to insert joint unit inside by membrane material from the centerline direction of input guide I 7, namely import membrane material from the side of joint unit, instead of insert also guiding film material from one end of joint unit and derive from the other end.Then, the directed cavity of the guide plate 29 at membrane material process mark detection part 6 places, then walk around other guide reel 4 and outwards export.
As shown in Figure 1, extract the membrane material on volume Two film roller 3 out, then walk around input guide II 11, and pack joint unit inside in side direction inserted mode, the top of membrane material is pulled to abutting plate II 14 positions.Align with the groove IV 24 in abutting plate II 14 in the both sides of membrane material, membrane material covers the mark alignment indentation II 23 on groove II 23 and membrane material.Then, open and two pipelines that air flue 19 is communicated with of fishplate bar II, start to extract the air in air flue 19 out, the plane place that makes abutting plate II 14 be provided with pore 20 forms subnormal ambient.Two deflation holes 20 on abutting plate II 14 surfaces all tightly hold membrane material.In the direction along groove II 23, cut off membrane material with blade, obtain smooth edge by cutting at membrane material top, the top that cutting forms is mark position, and so the pattern on membrane material surface still keeps complete.After cutting, from original membrane material top, discarded part is still adsorbed in abutting plate II 14, by closing and the pipeline of air flue 19 of discarded part that acts on membrane material, this discarded part is removed from abutting plate II 14, as shown in Figure 5.Be the convenient reference position of finding membrane material in the effect of this operation further groove II 23.
In abutting plate I 10.Open and two pipelines that air flue 19 is communicated with of fishplate bar I, start to extract the air in air flue 19 out, the plane place that makes abutting plate I 10 be provided with pore 20 forms subnormal ambient.Place adhesive tape 30 to the plane of abutting plate I 10 again, this adhesive tape only has an adhesive surface.Adhesive tape does not have the side of viscose effect to cover in groove I 21 and groove III 22.As shown in Figure 4, the edge of then adjusting adhesive tape is parallel with the bearing of trend of groove I 21, cuts off adhesive tape with blade in the direction along groove III 22.The length of the adhesive tape after cutting is controlled at the state identical with membrane material width.
Membrane material on first volume film roller 2 starts docking operation while being about to use up.When mark detection part 6 detects the mark of membrane material, first volume film roller 2 pause motions, the concave slot sports that cutting knife I 8 arranges to the correspondence on backing plate 5 under the impetus of straight line cylinder I 15, cutting knife I 8 is from starting away from the position of membrane material gradually near membrane material, on membrane material, establishing markd position contacts with cutting knife I 8, then cutting knife I 8 is pushed up membrane material in groove, the angle of the blade of membrane material and cutting knife I 8 is diminished rapidly, and then acquisition shearing force, membrane material is cut off in mark position, cuts off rear cutting knife I 8 and returns to initial condition.
It is moving that this volume membrane material that is about to be finished is cut off follow-up reforwarding, and in the time that mark detection part 6 detects the mark of membrane material again, membrane material pause motion, closes up part II and do and close up motion, and abutting plate I 10, abutting plate II 14 are mutually close, as shown in Figure 6.The membrane material that be placed in advance adhesive tape in abutting plate I 10, is placed in advance another volume in abutting plate II 14 converges at the end of the membrane material that is about to be finished.As shown in Figure 7, the piston rod of straight line cylinder III 26, straight line cylinder IV 28 stretches out, and orders about abutting plate I 10, the mutual close contact of abutting plate II 14, until mutually keep out.After abutting plate I 10, abutting plate II 14 are close together, the end of the membrane material that is about to be finished docks with the top of the membrane material of another volume, and their side all sticks on adhesive tape.After having docked, close all gas circuits, close up part II and return to initial condition.
As described in Figure 8, then the volume membrane material more renewing to first volume film roller 2.Extract the membrane material on first volume film roller 2 out, then walk around input guide I 7, and pack joint unit inside in side direction inserted mode, the top of membrane material is pulled to abutting plate I 10 positions.Align with the groove III 22 in abutting plate I 10 in the both sides of membrane material, membrane material covers the mark alignment indentation III 22 on groove I 21 and membrane material.Then, open and two pipelines that air flue 19 is communicated with of fishplate bar I, start to extract the air in air flue 19 out, the plane place that makes abutting plate I 10 be provided with pore 20 forms subnormal ambient.Two deflation holes 20 on abutting plate I 10 surfaces all tightly hold membrane material.In the direction along groove I 21, cut off membrane material with blade, obtain smooth edge by cutting at membrane material top, the top that cutting forms is mark position, and so the pattern on membrane material surface still keeps complete.After cutting, from original membrane material top, discarded part is still adsorbed in abutting plate I 10, by closing and the pipeline of air flue 19 of discarded part that acts on membrane material, this discarded part is removed from abutting plate I 10.
In abutting plate II 14.Open and two pipelines that air flue 19 is communicated with of fishplate bar II, start to extract the air in air flue 19 out, the plane place that makes abutting plate II 14 be provided with pore 20 forms subnormal ambient.Place adhesive tape to the plane of abutting plate II 14 again, this adhesive tape only has an adhesive surface.Adhesive tape covers in groove II 23 and groove IV 24.Then the edge of adjusting adhesive tape is parallel with the bearing of trend of groove II 23, cuts off adhesive tape with blade in the direction along groove IV 24.The length of the adhesive tape after cutting is controlled at the state identical with membrane material width.
Membrane material on volume Two film roller 3 starts docking operation while being about to use up.When mark detection part 6 detects the mark of membrane material, volume Two film roller 3 pause motions, the concave slot sports that cutting knife II 12 arranges to the correspondence on backing plate 5 under the impetus of straight line cylinder II 16, cutting knife II 12 is from starting away from the position of membrane material gradually near membrane material, on membrane material, establishing markd position contacts with cutting knife II 12, then cutting knife II 12 is pushed up membrane material in groove, the angle of the blade of membrane material and cutting knife II 12 is diminished rapidly, and then acquisition shearing force, membrane material is cut off in mark position, cut off rear cutting knife II 12 and return to initial condition.
It is moving that this volume membrane material that is about to be finished is cut off follow-up reforwarding, and in the time that mark detection part 6 detects the mark of membrane material again, membrane material pause motion, closes up part II and do and close up motion, and abutting plate I 10, abutting plate II 14 are mutually close, as shown in Figure 9.Be placed in advance the membrane material of another volume in abutting plate I 10, the adhesive tape that is placed in abutting plate II 14 converges at the end of the membrane material that is about to be finished in advance.The piston rod of straight line cylinder III 26, straight line cylinder IV 28 stretches out, and orders about abutting plate I 10, the mutual close contact of abutting plate II 14, until mutually keep out, as shown in figure 10.After abutting plate I 10, abutting plate II 14 are close together, the end of the membrane material that is about to be finished docks with the top of the membrane material of another volume, and their side all sticks on adhesive tape.After having docked, close all gas circuits, close up part II and return to initial condition.
Then repeat aforesaid operations process and can realize membrane material object without interruption.
In the present embodiment, the path of membrane material process is comprising the outwards path of transport membrane material and the path that is in the preservation membrane material under readiness.In the present embodiment, membrane material transport path is referring to the outwards path of transport membrane material.The Main Function of auxiliary guide I 9, auxiliary guide II 13 is to provide support face when membrane material is carried out to preparatory function, makes membrane material away from rotary cylinder I 17 and rotary cylinder II 18.In preparation work, abutting plate I 10, abutting plate II 14 are launched can conveniently membrane material be placed in abutting plate I 10 or abutting plate II 14 and easily adhesive tape be placed in abutting plate II 14 or abutting plate I 10, this is because the outside of this plane that is provided with pore 20 in joint unit, has the larger space can be for to plane placing articles around this plane.
The second embodiment of the present invention.
The difference of this embodiment and the first embodiment is that the distance between rotary cylinder I 17 and rotary cylinder II 18 is nearer.Be embodied in, the position contacting with abutting plate II 14 in abutting plate I 10 when the line of centers that so just makes the rotating shaft of rotary cylinder I 17 in the time of abutting plate I 10, abutting plate II 14 mutual close contact equals abutting plate I 10, abutting plate II 14 and separates to the vertical distance of the position of abutting plate I 10, abutting plate II 14 mutual close contacts is to the vertical distance of the line of centers of the clutch end of revolving part I; The position contacting with abutting plate I 10 in abutting plate II 14 when the line of centers of the rotating shaft of rotary cylinder II 18 equals abutting plate I 10, abutting plate II 14 and separates to the vertical distance of the position of abutting plate I 10, abutting plate II 14 mutual close contacts in the time of abutting plate I 10, abutting plate II 14 mutual close contact is to the vertical distance of the line of centers of the clutch end of revolving part II; This released state comprises that closing up part II launches to make state that abutting plate I 10, abutting plate II 14 separate and straight line cylinder III 26, the state of straight line cylinder IV 28 in shrinking.
When work, the overhang of the piston rod of straight line cylinder III 26, straight line cylinder IV 28 is very little, therefore close up part II and close up the just conflict mutually of rear abutting plate I 10, abutting plate II 14, straight line cylinder III 26, straight line cylinder IV 28 effect now are only to increase the degree being mutually close between abutting plate I 10, abutting plate II 14.
The third embodiment of the present invention.
The present embodiment is compared and the second embodiment, and difference is that straight line cylinder III 26 is directly installed in swing arm I 25, straight line cylinder IV 28 is directly installed in swing arm II 27.The position contacting with abutting plate II 14 in abutting plate I 10 when the line of centers that so just makes the rotating shaft of rotary cylinder I 17 in the time of abutting plate I 10, abutting plate II 14 mutual close contact equals abutting plate I 10, abutting plate II 14 and separates to the vertical distance of the position of abutting plate I 10, abutting plate II 14 mutual close contacts is to the vertical distance of the line of centers of the clutch end of revolving part I; The position contacting with abutting plate I 10 in abutting plate II 14 when the line of centers of the rotating shaft of rotary cylinder II 18 equals abutting plate I 10, abutting plate II 14 and separates to the vertical distance of the position of abutting plate I 10, abutting plate II 14 mutual close contacts in the time of abutting plate I 10, abutting plate II 14 mutual close contact is to the vertical distance of the line of centers of the clutch end of revolving part II; This released state refers to that closing up part II launches the state that abutting plate I 10, abutting plate II 14 are separated.
The 4th kind of embodiment of the present invention.
The difference of the present embodiment and the first embodiment is to input guide I, auxiliary guide I, input guide II, assists guide II is all ganoid cylinder, can not rotation after they are arranged in frame, its ganoid structure smoothly guiding film material is passed through.
The 5th kind of embodiment of the present invention.
The difference of the present embodiment and the first embodiment is that linear reciprocation force piece I and linear reciprocation force piece II all adopt linear electric motors, and revolving part I and revolving part II all adopt servomotor.
The 6th kind of embodiment of the present invention.
The difference of the present embodiment and the second embodiment is that linear reciprocation force piece I and linear reciprocation force piece II all adopt linear electric motors, and revolving part I and revolving part II all adopt servomotor.
The 7th kind of embodiment of the present invention.
The difference of the present embodiment and the third embodiment is that linear reciprocation force piece I and linear reciprocation force piece II all adopt linear electric motors, and revolving part I and revolving part II all adopt servomotor.
The 8th kind of embodiment of the present invention.
The difference of the present embodiment and the first embodiment is that the structure of negative-pressure adsorption part has comprised the gas port that is strip that is arranged on abutting plate I, abutting plate II surface, and this gas port is communicated with inner air flue; Gas port is interrupted distribution, Heterogeneous Permutation between two row gas ports, and gas port orientation is parallel with the bearing of trend of groove I, groove II.
The 9th kind of embodiment of the present invention.
The difference of the present embodiment and the second embodiment is that the structure of negative-pressure adsorption part has comprised the gas port that is strip that is arranged on abutting plate I, abutting plate II surface, and this gas port is communicated with inner air flue; Gas port is interrupted distribution, Heterogeneous Permutation between two row gas ports, and gas port orientation is parallel with the bearing of trend of groove I, groove II.
The tenth kind of embodiment of the present invention.
As shown in figure 11, the difference of the present embodiment and the third embodiment is that the structure of negative-pressure adsorption part has comprised the gas port that is strip 20 that is arranged on abutting plate I, abutting plate II surface, and this gas port is communicated with inner air flue; Gas port is interrupted distribution, Heterogeneous Permutation between two row gas ports, and gas port orientation is parallel with the bearing of trend of groove I, groove II.
The 11 kind of embodiment of the present invention.
The difference of the present embodiment and the first embodiment is that mark detection part is label sensor, and the present embodiment is applicable to transparent configuration and the surperficial membrane material that is provided with label.
Claims (10)
1. a membrane material replaces device without interruption, this membrane material replaces device without interruption and is provided with membrane material transport path, it is characterized in that: described film material feeding mechanism is provided with joint unit on membrane material transport path, described joint unit comprises and connects membrane module I, connect membrane module II, close up part I, close up part II, backing plate (5), mark detection part (6), the described membrane module I that connects, connect the both sides that membrane module II is distributed in membrane material transport path, the described membrane module I that connects comprises input guide I (7), cutting knife I (8), auxiliary guide I (9), abutting plate I (10), the described membrane module II that connects comprises input guide II (11), cutting knife II (12), auxiliary guide II (13), abutting plate II (14), described input guide I (7), auxiliary guide I (9), input guide II (11), auxiliary guide II (13) is all provided with the spigot surface corresponding to membrane material, described cutting knife I (8), cutting knife II (12) is arranged on closes up in part I, the motion path of the motion path of described cutting knife I (8) and cutting knife II (12) intersects at backing plate (5) position, described cutting knife I (8), cutting knife II (12) is relative location status in backing plate (5) position, described abutting plate I (10), abutting plate II (14) is arranged on closes up in part II, the motion path of the motion path of described abutting plate I (10) and abutting plate II (14) occurs simultaneously on membrane material transport path, described abutting plate I (10), abutting plate II (14) is relative location status in motion path common factor position, described cutting knife I (8), cutting knife II (12) is in cutting knife I (8) described in the position apart from backing plate (5) maximum distance, cutting knife II (12) all departs from membrane material transport path, on membrane material throughput direction, input guide I (7), backing plate (5), auxiliary guide I (9), the common factor position of the motion path of the motion path of abutting plate I (10) and abutting plate II (14), mark detection part (6) distributes successively, on membrane material throughput direction, input guide II (11), backing plate (5), auxiliary guide II (13), the common factor position of the motion path of the motion path of abutting plate I (10) and abutting plate II (14), mark detection part (6) distributes successively, described abutting plate I (10), abutting plate II is all provided with negative-pressure adsorption part on (14), the control position of described mark detection part (6) equals cutting knife I (8) and backing plate (5) combination position to the distance of the common factor position of the motion path of abutting plate I (10) and the motion path of abutting plate II (14) is to the distance of the common factor position of the motion path of abutting plate I (10) and the motion path of abutting plate II (14) and equal cutting knife II (12) and the position of backing plate (5) combination and arrive the distance of the common factor position of the motion path of abutting plate I (10) and the motion path of abutting plate II (14).
2. membrane material replaces device without interruption according to claim 1, it is characterized in that: membrane material throughput direction upper cutter I (8), cutting knife II (12), backing plate (5) in and the position relationship of column distribution, be positioned between cutting knife I (8), cutting knife II (12) at the direction upper padding plate (5) of vertical film material transport path, described backing plate (5) is provided with two grooves of the corresponding cutting knife I of difference (8) and cutting knife II (12), and described cutting knife I (8), cutting knife II are all provided with serrated edge on (12).
3. replace device without interruption according to membrane material described in claim 1 or 2, it is characterized in that: described in close up part I and comprise linear reciprocation force piece I and linear reciprocation force piece II, described cutting knife I (8) is arranged on the clutch end of linear reciprocation force piece I and linear reciprocation force piece I drives cutting knife I (8) straight reciprocating motion, described cutting knife II (12) is arranged on the clutch end of linear reciprocation force piece II and linear reciprocation force piece II drives cutting knife II (12) straight reciprocating motion, the power outbound course of described linear reciprocation force piece I is contrary with the power outbound course of linear reciprocation force piece II.
4. membrane material replaces device without interruption according to claim 1, it is characterized in that: described in close up part II and comprise revolving part I and revolving part II, the clutch end of described revolving part I is provided with swing arm I (25) and revolving part I drives swing arm I (25) to swing, described abutting plate I (10) is arranged in swing arm I (25), the clutch end of described revolving part II is provided with swing arm II (27) and revolving part II drives swing arm II (27) to swing, and described abutting plate II (14) is arranged in swing arm II (27).
5. membrane material replaces device without interruption according to claim 4, it is characterized in that: when the vertical distance of the position that described in the time that the motion path of abutting plate I (10), abutting plate II (14) occurs simultaneously, the line of centers of the clutch end of revolving part I occurs simultaneously to the motion path of abutting plate I (10), abutting plate II (14) at least equals free position, the upper position contacting with abutting plate II (14) of abutting plate I (10) is to the vertical distance of the line of centers of the clutch end of revolving part I
When the vertical distance of the position that described in the time that the motion path of abutting plate I (10), abutting plate II (14) occurs simultaneously, the line of centers of the clutch end of revolving part II occurs simultaneously to the motion path of abutting plate I (10), abutting plate II (14) at least equals free position, the upper position contacting with abutting plate I (10) of abutting plate II (14) is to the vertical distance of the line of centers of the clutch end of revolving part II.
6. membrane material replaces device without interruption according to claim 5, it is characterized in that: described abutting plate I (10) is vertically mounted in swing arm I (25) by linear reciprocation force piece III, the power outbound course of described linear reciprocation force piece III is vertical with swing arm I (25), it is upper that described abutting plate II (14) is vertically mounted on swing arm II (27) by linear reciprocation force piece IV, and the power outbound course of described linear reciprocation force piece IV is vertical with swing arm II (27).
7. membrane material replaces device without interruption according to claim 6, it is characterized in that:
When the vertical distance of the position that described in the time of the motion path common factor of abutting plate I (10), abutting plate II (14), the line of centers of the clutch end of revolving part I occurs simultaneously to the motion path of abutting plate I (10), abutting plate II (14) is greater than the motion path separation in abutting plate I (10), abutting plate II (14), the upper position contacting with abutting plate II (14) of abutting plate I (10) is to the vertical distance of the line of centers of the clutch end of revolving part I
When the vertical distance of the position that described in the time of the motion path common factor of abutting plate I (10), abutting plate II (14), the line of centers of the clutch end of revolving part II occurs simultaneously to the motion path of abutting plate I (10), abutting plate II (14) is greater than the motion path separation in abutting plate I (10), abutting plate II (14), the upper position contacting with abutting plate I (10) of abutting plate II (14) is to the vertical distance of the line of centers of the clutch end of revolving part II.
8. membrane material replaces device without interruption according to claim 1, it is characterized in that: described abutting plate I (10) is provided with the negative-pressure adsorption part that two rows work alone, and abutting plate I (10) is provided with the groove I (21) of being convenient to cutting between two row's negative-pressure adsorption parts, described abutting plate II (14) is provided with the negative-pressure adsorption part that two rows work alone, and abutting plate II (14) is provided with the groove II (23) of being convenient to cutting between two row's negative-pressure adsorption parts.
9. membrane material replaces device without interruption according to claim 8, it is characterized in that: described abutting plate I (10) is provided with two groove III (22), described groove III (22) equals membrane material width perpendicular to groove I (21) and groove III (22) width, described abutting plate II (14) is provided with two groove IV (24), and described groove IV (24) equals membrane material width perpendicular to groove II (23) and groove IV (24) width.
10. membrane material replaces device without interruption according to claim 1, it is characterized in that: in the direction of vertical film material transport path, spaced apart between spaced apart, described input guide II (11) and backing plate (5) between described input guide I (7) and backing plate (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410395232.1A CN104192607B (en) | 2014-08-12 | 2014-08-12 | Membrane material alternative and continuous supply device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410395232.1A CN104192607B (en) | 2014-08-12 | 2014-08-12 | Membrane material alternative and continuous supply device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104192607A true CN104192607A (en) | 2014-12-10 |
| CN104192607B CN104192607B (en) | 2017-01-25 |
Family
ID=52078035
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410395232.1A Active CN104192607B (en) | 2014-08-12 | 2014-08-12 | Membrane material alternative and continuous supply device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104192607B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105600541A (en) * | 2015-12-18 | 2016-05-25 | 上海网讯新材料科技股份有限公司 | Automatic lapping device for unreeling |
| CN108556054A (en) * | 2018-04-28 | 2018-09-21 | 东莞领益精密制造科技有限公司 | A kind of dise knife die-cutting machine automatic material connection device |
| CN108638390A (en) * | 2018-05-25 | 2018-10-12 | 朱郡 | A kind of support machine PVC film processed continuously supplies switching device |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0182724A1 (en) * | 1984-10-25 | 1986-05-28 | André Alaimo | Web-unwinding device with a splicer |
| JPH0275555A (en) * | 1988-09-07 | 1990-03-15 | Isowa Ind Co | Splicer |
| US20010016120A1 (en) * | 2000-02-23 | 2001-08-23 | Shikoku Kakoki Co., Ltd. | Roll film connecting device and method |
| JP2004182353A (en) * | 2002-11-29 | 2004-07-02 | Rengo Co Ltd | Web splicing device |
| CN102482043A (en) * | 2009-05-05 | 2012-05-30 | 瑞特有限责任公司 | A unit and method for feeding reels of a sheet-like material, in particular but not exclusively a printed plastic film with print-position marks for automatic packaging machines |
| CN202729407U (en) * | 2012-06-06 | 2013-02-13 | 蔡林辉 | Tape connecting feed mechanism of labeling machine |
| CN204079000U (en) * | 2014-08-12 | 2015-01-07 | 杭州中亚机械股份有限公司 | A kind of membrane material alternately device without interruption |
-
2014
- 2014-08-12 CN CN201410395232.1A patent/CN104192607B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0182724A1 (en) * | 1984-10-25 | 1986-05-28 | André Alaimo | Web-unwinding device with a splicer |
| JPH0275555A (en) * | 1988-09-07 | 1990-03-15 | Isowa Ind Co | Splicer |
| US20010016120A1 (en) * | 2000-02-23 | 2001-08-23 | Shikoku Kakoki Co., Ltd. | Roll film connecting device and method |
| JP2004182353A (en) * | 2002-11-29 | 2004-07-02 | Rengo Co Ltd | Web splicing device |
| CN102482043A (en) * | 2009-05-05 | 2012-05-30 | 瑞特有限责任公司 | A unit and method for feeding reels of a sheet-like material, in particular but not exclusively a printed plastic film with print-position marks for automatic packaging machines |
| CN202729407U (en) * | 2012-06-06 | 2013-02-13 | 蔡林辉 | Tape connecting feed mechanism of labeling machine |
| CN204079000U (en) * | 2014-08-12 | 2015-01-07 | 杭州中亚机械股份有限公司 | A kind of membrane material alternately device without interruption |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105600541A (en) * | 2015-12-18 | 2016-05-25 | 上海网讯新材料科技股份有限公司 | Automatic lapping device for unreeling |
| CN105600541B (en) * | 2015-12-18 | 2019-03-15 | 上海网讯新材料科技股份有限公司 | One kind unreeling automatic joining seam device |
| CN108556054A (en) * | 2018-04-28 | 2018-09-21 | 东莞领益精密制造科技有限公司 | A kind of dise knife die-cutting machine automatic material connection device |
| CN108556054B (en) * | 2018-04-28 | 2023-11-17 | 东莞领益精密制造科技有限公司 | Automatic material receiving device of circular knife die cutting machine |
| CN108638390A (en) * | 2018-05-25 | 2018-10-12 | 朱郡 | A kind of support machine PVC film processed continuously supplies switching device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104192607B (en) | 2017-01-25 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204162141U (en) | Blooming connecting device | |
| EP2204280B1 (en) | Method and apparatus for supplying bags to a packaging machine | |
| KR20080005582A (en) | Film adhering apparatus | |
| CN104192607A (en) | Membrane material alternative and continuous supply device | |
| CN104362381A (en) | Automatic battery cutting/trimming machine | |
| ITMO980214A1 (en) | PROCEDURE AND EQUIPMENT FOR PACKAGING PACKAGES OF OBJECTS OF A SHAPED SHAPE STACKED ON EACH OTHER. | |
| CN109483898A (en) | A kind of annular assembly line precision abutted equipment | |
| CN102874620B (en) | Fully-automatic card conveying, detecting and locating device | |
| CN107672874A (en) | One kind tears release liners device automatically | |
| CN204079000U (en) | A kind of membrane material alternately device without interruption | |
| DK200601682A (en) | Method and apparatus for wrapping a stack with a wrapping sheet | |
| CN209455120U (en) | A kind of self-service accreditation equipment of driver's license | |
| CN101745930B (en) | Cutter for decor and assembly comprising same | |
| CN207616673U (en) | A kind of photosensitive composite membrane cutting deviation correction mechanism | |
| KR20200078931A (en) | Automatic Lid Attachment Apparatus of Wet Tissue Wrapping Container | |
| US8056457B2 (en) | Arrangement for covering a flat lying blank with a cover | |
| CN209504956U (en) | A kind of annular assembly line precision abutted equipment | |
| US20160176217A1 (en) | Method and device for applying portions of a backlining material to the back of a book block | |
| CN205167474U (en) | Lens mould filling machine | |
| CN104859265B (en) | Aligning and attaching equipment | |
| CN105145716A (en) | Paper inserter for cake cutting machines | |
| CN211708382U (en) | Battery piece processing apparatus and battery piece series welding equipment | |
| CN110901979B (en) | Air conditioner condenser unit packaging production line and packaging method | |
| CN103419975A (en) | Straw continuous inserting mechanism | |
| CN203781468U (en) | Insulating film strip traction structure of automatic assembly device for PTC heating cores |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |